Titlebook: Sleep and Anesthesia; Neural Correlates in Axel Hutt Book 2011 Springer Science+Business Media, LLC 2011 brain electical activity.sleep dyn

招致

中止

心神不宁

degradation

figment

Quantitative Modeling of Sleep Dynamicslectroencephalographic signatures of sleep that are commonly observed. Quantitative modeling of corticothalamic and brainstem dynamics via neural field theory is described here, using physiologically realistic models and parameters. It is shown that both cortex and thalamus must be included to descr

insular

树木心

狂乱

Neural Correlates of Human NREM Sleep Oscillations animal neurophysiology has demonstrated that the main NREM sleep oscillations, spindles and slow waves are associated with distinct firing patterns in thalamo-cortical loops. Recent neuroimaging studies showed that significant activity was associated with slow (>140 μV) and delta waves (75–140 μV)

Perceive

stressors

Progress in Modeling EEG Effects of General Anesthesia: Biphasic Response and Hysteresis the time of loss of consciousness. At higher concentrations, brain activity slows, and eventually tends towards electrical silence. A second surge in EEG power occurs during the return to consciousness. These induction and recovery biphasic power surges were first explained in terms of a first-orde